Publications

Within the framework of this project system-, structural- as well as building physical basis theories should be elaborated, which will serve as a basis for constructional and aesthetically attractive solutions for the production of facade integrated solar collectors without thermal separation. The recyclability of the materials used and resource efficiency play a central role when it comes to the development of constructional solutions.

Costs and benefits of daylight redirection systems: integrated assessment of daylight redirection systems and daylight-dependent control systems to reinforce daylight utilisation in existing buildings.

Integrative approach for the diffusion of the ecologic passive house: village of passive houses for test-living with an Energy Competence Centre on the basis of a sustainable concept for settlement development at Großschönau.

This research work was done to expand knowledge about outside sprayed-on cellulose insulation application focusing on mechanical and physical properties respectively.

Development of a pragmatic assessment scheme applicable to building practice for the impact of building products on human health

Arrangement of a passive house village for test living in the context of an innovative settlement expansion. Building up a large dimensioned passive house for consulting, training, exhibitions, research and distribution of passive house technology and know-how in the field of energy efficient and sustainable building.

Services for a comprehensive ecological renovation should comprise advice, design and construction as well as "green" building assessment and innovative financing models. Such services are developed together with companies in the construction business and tested in pilot projects.

Identifying and utilising potentials for higher densities and re-structuring in single-family housing areas requiring renewal

Acompagning the process of realisation and settlement of two projects of senior-housing (new construction and renewal), documentation and general assumptions.

The objective of this project is to explore mechanical insulant-fixing connections. Unconventional but concrete fixing techniques are the focus of the investigation. The use of insulants as "lost" casing will also be studied in depth.

Through optimising the control systems of biomass heating systems, energy wastage and pollutant emissions can be reduced considerably. The goal of the project is first to analyse the possible savings that can be made in these areas, using the heat demand scenarios of different "Buildings of Tomorrow". The results of this analysis will lead to the development of an optimised control system which will be tested on a biomass heating system.

Multi-storey social passive house construction with 39 units in Vienna, 14 Utendorfgasse under adherence to the international passive house standard and simultaneous extremely low construction costs.

Standardized solutions as a help and guideline for building-owners, authorities and companies

Development of a pragmatic assessment scheme applicable to building practice for the impact of building products on human health

Renovation of an apartment house from the 1970s as passive house using renewable energy.

Knowledge transfer from "Building of tomorrow" projects into the network "partner network sustainable construction Charinthia, nabaupool Charinthia" consisting of key actors of the building sector. Establishing a "Building of tomorrow" knowledge transfer centre Charinthia including infrastructure (Library) for all actors of the building sector. Conference and workshop with key actors (24.11.2006) taking place in Technologiepark Villach.

By means of pilot projects in two urban areas comprehensive goals and criteria, assessment approaches and a code of practice for sustainable urban renewal are elaborated jointly with decision makers and experts in urban development.

Documentation, comparison and optimisation of solar combisystems for domestic hot water preparation and space heating in the framework of an IEA research project

Standardisation of testing criteria of acknowledged eco-labels in co-operation with the specialised trade for building products.

The construction, use, and disposal of buildings cause expenses, material flows, energy consumption, and emissions. With intelligent design, construction, management, and marketing, it is possible to reduce environmental burdens and costs, improve building quality, and increase building value.